Fiber Optic Broadband Switch

    Advanced fiber optic solutions designs and manufactures a broad portfolio of optical switches for all different applications. We use different technologies to achieve switching speed from millisecond to less than 1 nanosecond . The Non-Mechanical Switches offer unlimited operation cycles, high reliability and unparallel stability. We provide these devices in a cost-effective way to fit your budget and facilitate your innovations, and we offer switch evaluation kit including driving board and control software for your convenience.


    Fiber Optic Broadband Mechanical Switch (10.0ms Response Time):
    1. 1250~1650nm 1X2 Standard / High Power Fiber Optic Switch
    2. 1250~1650nm 1X2 Standard / High Power Dual Fiber Optic Switch
    3. 1250~1650nm 2X2 Standard / High Power Fiber Optic Switch
    4. 1250~1650nm 1X4 Standard / High Power Fiber Optic Switch

    Notes:
    *: Other wavelengths and types available upon request

    Fiber Optic Broadband Non-Mechanical Switch (10.0us Response Time):
    1. 1450~1650nm 1X2 Polarization Maintaining Bidirectional/Unidirectional Fiber Optic Standard / High Power Switch
    2. 1250~1450nm 1X2 Polarization Maintaining Bidirectional/Unidirectional Fiber Optic Standard / High Power Switch

    Notes:
    *: Other wavelengths and types available upon request

    Fiber Optic standard Non-Mechanical Switch (10.0us Response Time):
    1. 1550nm 1X4 Bidirectional / Unidirectional Fiber Optic Standard / High Power Switch
    2. 1550nm 1X8 Bidirectional / Unidirectional Fiber Optic Standard / High Power Switch

    Notes:
    *: Other wavelengths and types available upon request

    Fiber Optic standard Nano-Mechanical Switch (1ns Response Time):
    1. 1550nm 1X1 Polarization Maintaining Fiber Optic Switch

    Notes:
    *: Other wavelengths and types available upon request

    Matrix Optical Switch :

    Advanced fiber optic solutions offers fully non-blocking, cross-connect configuration matrix optical switch which allows simultaneous connection between a number of input and output fibers. With years of experience in design, we are able to bring unique solutions for your applications.